Peskin Schroeder: “An introduction to QFT”Taizo Muta: “Foundations of Quantum Chromodynamics”
Learning Objectives
Treatment of infrared singularities in perturbative quantum field theory and applications to QED and QCD.Theory of supersymmetry and supersymmetric models.
Teaching Methods
6 CFU Presentation on the blackboard
Type of Assessment
oral examination at the end of the lectures
Course program
Treatment of infrared singularities in perturbative quantum field theory and applications to QED and QCD. Resummation techniques. Factorization of hard processes in QCD. Altarelli Parisi equation. Jet physics.
Supersymmetry (SUSY) algebra. Wess Zumino model. SUSY Yang-MIlls. Noether theorem for SUSY charges. Chiral and Vector superfield.
SUSY Yang Mills. SUSY breaking.
Minimal supersymmetric Standard Model.
